Has one linear polarized photon a spin?
A flow of linear polarized photons has no spin. But this is because
one half of the photons has a left-handed circular polarization and
another half of the photons has the right-handed circular
polarization. Is it true?
.
Relevant Pages
- Re: I dont understand EPR
... >polarization of the photons) is irrelevant ... Makes my head spin because it seems to say that the two particles are ... Say with parallel spin. ...
(sci.physics.research) - Re: I dont understand EPR
... which says that paired photons ... thing (lambda) that determines the results in individual ... polarization of the photons incident on the polarizers ... rates of coincidental detection, ie., that lambda is ...
(sci.physics.research) - Re: Teleportation of photons using entanglement
... > spin up and one spin down. ... You can measure the polarization of photons with polarized sunglasses. ... The two results, parallel and perpendicular, are at right angles. ...
(sci.physics.research) - Re: Two EPR questions
... >>you say that the photons HAD a specific polarisation direction lambda, ... The relationship between the emission-produced polarization ... in polarization is produced via emission. ...
(sci.physics.research) - Re: A Look at Quantum "Spookiness"
... The results of quantum theory were described as "spooky" by Drs. ... polarization angle of one of the "paired photons" were changed, ... not in any individual measurement. ...
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